4. To the right are six velocity-time graphs for toy straight hallway. robots that are traveling...

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4. To the right are six velocity-time graphs for toy straight hallway. robots that are traveling along Rank the magnitudes of the displacements during these intervals. Explain your reasoning. F: Corlai constant hel x (m) horizontal y (m) vertical t (s) t (s) v (m/s) horizontal A v (m/s) vertical D 5. A rock is thrown horizontally with speed v from the top of a cliff of height H. Draw the following graphs for the motion of the rock: t (s) Velocity t (s) Velocity Time Time B AVelocity a (m/s) horizontal E AVelocity a (m/s) vertical t (s) Time Time t (s) CAVelocity F AVelocity Time Time P 4. To the right are six velocity-time graphs for toy straight hallway. robots that are traveling along Rank the magnitudes of the displacements during these intervals. Explain your reasoning. F: Corlai constant hel x (m) horizontal y (m) vertical t (s) t (s) v (m/s) horizontal A v (m/s) vertical D 5. A rock is thrown horizontally with speed v from the top of a cliff of height H. Draw the following graphs for the motion of the rock: t (s) Velocity t (s) Velocity Time Time B AVelocity a (m/s) horizontal E AVelocity a (m/s) vertical t (s) Time Time t (s) CAVelocity F AVelocity Time Time P